石油化工应用2024,Vol.43Issue(12) :81-87.DOI:10.3969/j.issn.1673-5285.2024.12.018

在役海洋石油平台低压火炬气回收工艺方案研究

Study on low-pressure flare gas recovery process scheme of in-service offshore oil platform

惠龙轩 张时佳 董博 刘春悦 徐念念 肖峰超
石油化工应用2024,Vol.43Issue(12) :81-87.DOI:10.3969/j.issn.1673-5285.2024.12.018

在役海洋石油平台低压火炬气回收工艺方案研究

Study on low-pressure flare gas recovery process scheme of in-service offshore oil platform

惠龙轩 1张时佳 1董博 1刘春悦 1徐念念 1肖峰超1
扫码查看

作者信息

  • 1. 中海油能源发展装备技术有限公司设计研发中心,天津 300451
  • 折叠

摘要

海上油气资源已成为中国油气资源的重要组成部分.海上油气在生产过程中,大部分低压伴生气是通过火炬燃烧后进行放空,这不仅造成了资源浪费,也不符合节能、降碳要求.本文以渤海油田某海洋石油平台火炬系统为例,对海上油田火炬气回收工艺方案进行了分析,结合海上油田火炬气回收特点,提出采用"压力控制阀+快开阀+爆破针阀+液环压缩机"的火炬气回收工艺方案,同时采用等离子随即引燃火炬替换平台现有传统火炬,既实现了平台低压火炬气的回收,又保证了火炬系统的安全平稳运行.本方案可为其他油气田火炬气回收提供借鉴,对实现海上油气绿色低碳开发具有重要的意义.

Abstract

Offshore oil and gas resources have become an important part of China's oil and gas resources.In the production process of offshore oil and gas,most of the low-pressure as-sociated gas is flared and then vented,which not only causes a waste of resources,but also does not meet the requirements of energy saving and carbon reduction.Taking the flare sys-tem of offshore oil platform in Bohai oilfield as an example,this paper analyzed the flare gas recovery process scheme of offshore oilfield,combined with the characteristics of flare gas recovery of offshore oilfield,and proposed the flare gas recovery process scheme of"pressure control valve+quick opening valve+buckling pin valve+liquid ring compressor",and adopted the plasma immediate ignition flare to replace the existing traditional flare on the platform.The recovery of low-pressure flare gas on the platform is realized,and the safe and stable operation of the flare system is ensured.This scheme can provide reference for other oil and gasfield flare gas recovery,and has important significance for realizing green and low-carbon development of offshore oil and gas.

关键词

海洋石油平台/火炬气回收/等离子随即引燃火炬/绿色低碳

Key words

offshore oil platform/flare gas recovery/plasma immediate ignition flare/green and low-carbon

引用本文复制引用

出版年

2024
石油化工应用
宁夏化工学会

石油化工应用

影响因子:0.276
ISSN:1673-5285
段落导航相关论文